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Screening and Identification of Biomarkers for High Myopia by a Rapid Method

High Myopia Clinical Trial

Official title:
Screening and Identification of Biomarkers for High Myopia by a Rapid Method

Clinical Trial Summary

To screen and identify sensitive biomarkers for high myopia via a robust, convenient, and cost-effective approach according to the association between high myopia and concentration of biomarkers in tear fluid, saliva and blood among adults and children.

Clinical Trial Description

Myopia has emerged as a serious public health issue, with the prevalence increasing rapidly worldwide, especially in East Asia. Increasingly early onset of myopia leads to high myopia with sight-threatening complications (e.g., secondary cataracts, glaucoma, and retinal detachment) that cannot be treated by optical means. A key goal of myopia research over the past decades has been to identify those sensitive biomarkers. Accurate monitoring of myopic-specific biomarkers is desirable for achieving early diagnosis, progression assessment, and prognostic management. However, measurement of levels of MMPs in human have been restricted to aqueous humors, which is invasive and the findings are difficult to be replicated in other studies. In order to achieve the goal of convenient high myopic detection, the use of a panel of biomarkers using a multiplex approach may indeed be rapid and highly reproducible with potentially higher sensitivity and specificity than single biomarkers, such as MMP 2 for the early detection of high myopia. In this study we have used a newly developed immunoassay technology, and identified a panel of novel biomarkers for early detection of high myopia by non-invasively evaluating several biomarkers that are measurable in the saliva and tear fluid of adults. ;

Study Design

Related Conditions & MeSH terms

Clinical Trial Details
NCT number NCT05803174
Study type Observational
Source Beijing Tongren Hospital
Contact
Status Active, not recruiting
Phase
Start date March 20, 2023
Completion date July 31, 2023
View Details
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